MW3 External Radar

[tomstichi]

Hello,
I made an external radar for MW3 in visual basic.




My question is: How can I rotate the radar when I turn around?
Sorry for my bad english...

[Kenshin13]

Plot it according to RefDef->ViewAngles

[tomstichi]

Plot it according to RefDef->ViewAngles

Thanks
Do you have an Example(in code) :-/?

[Kenshin13]

I don't know how you even coded this, if you gave an example how you plotted it to the screen, maybe I can help. Also, I'm not a VB coder so all I can give you is pseudocode (Which is easy to convert if you know the language)

[tomstichi]

I don't know how you even coded this, if you gave an example how you plotted it to the screen, maybe I can help. Also, I'm not a VB coder so all I can give you is pseudocode (Which is easy to convert if you know the language)

Ok, can you add me in skype?
tomstichi

[Kenshin13]

Ok, can you add me in skype?
tomstichi

Wait, you want my help and yet you want ME to do the work of adding you? haha You're funny kid.

[tomstichi]

Wait, you want my help and yet you want ME to do the work of adding you? haha You're funny kid.

ok tell me your name pls i will add you

[Kenshin13]

zachary.attong
Im not even on atm though. I will be on later though. Don't see why you can't type here....

[rawr im a tiger]

This is C# from my old external ESP (which included rotated radar and was open source). It's easy as hell to convert to VB, and even if you can't, SharpDevelop has an inbuilt convert feature. Viewangles are form the Refdef struct, mentioned above, which can be easily found in the source code thread, along with its base address.

private static void WorldToRadar(Vector3 point, out Vector2 COUT)
        {
             float dx, dy, vr, vc, vs, px, py, d;
             
             dx = point.x - mypos.x;
             dy = point.y - mypos.y;
             
             // now rotate it to see from our position
             vr = (float)Radians(viewangles.y); // system.math uses radians
             
             vc = (float)Math.Cos(vr);
             vs = (float)Math.Sin(vr);
             
             px = (dy * (0 - vc)) + ( dx * vs );
             py = (dx * (0 - vc)) - ( dy * vs );
             
             px /= 40; py /= 20; // scales nicely
             
             //yr9 maths, go for it
             d = (float)Math.Sqrt(Math.Pow((double)dx, 2) + (Math.Pow((double)dy, 2)));
             
             if (d > radardistance) {
                //return?
             }
             
             COUT = new Vector2(px, py);
        }

Credits: Sph4ck